6G is going to be a massively distributed system in terms of intelligence. As a matter of fact the underpinning of intelligence is a distributed system, as far as we see in Nature. Our brain is a massively distributed system processing different streams of data arriving from our senses and …
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Brain to Computer Interfaces (BCI) have progressed quite a bit both in the “hardware” part increasing sensing resolution and capabilities and the “software” part making it possible to make sense out of the electrical signals detected. Today it is possible to control a robotic arm with thoughts helping people with …
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Intention recognition has developed significantly in fields like security and military. Additionally, it has been considered in health care to help patients with communications disabilities. The aim is to be able to decode people intentions through the observation of their behavior and through analyses of their interactions. Our brain has …
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Looking back at the last 2 centuries we see that automation has taken hold in many areas, for sure in manufacturing, and it took place because we had some repetitive -easy- tasks that could be automated. More and more we have seen that automation is going beyond reliving a blue …
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Look at a drone, and then look at a commercial aircraft. There is no comparison! It is like comparing a mouse with an elephant, and then some more. Pliny the Elderly 2000 years ago claimed that elephants were afraid of mice, and more recent experiments seem to confirm that. At …
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Complex Systems Technologies Symbiotic Autonomous Systems are complex systems since they are the result of several interplaying factors and change their behaviour to adapt to changes in their environment. A single bacteria is a (very) complex system, current artificial autonomous systems are way less “complex” than a bacteria but still …
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IEEE Future Directions